Inventive diabetic systems, tools, kits, and supplies for better diabetic living and mobility

ABSTRACT

A pocket sized diabetic kit carrying supplies that a diabetic patient will need for 24 hours includes but not limited to Lancet pen, lancets, small test strip bottle filled with test strips, blood test meter, one or more insulin types stored in a plurality of pre-filled syringes, one syringe splint or just one hard plunger, a plurality of alcohol pads, one blood plotter pad, Velcro straps and a syringe clipper. The pocket diabetic kit is compact, small and thin and can fit into a pocket so that a diabetic patient can be easily carried in the pants&#39; pocket or other pockets without causing inconvenience or uncomfortable. The present invention also discloses ways to modify supplies including tools, medication syringes, etc.

REFERENCE TO RELATED APPLICATIONS

This patent application claims the benefit of U.S. ProvisionalApplication No. 61/630,934 filed on Dec. 21, 2011, the disclosure ofwhich is incorporated herein in its entirety by reference.

BACKGROUND OF THE INVENTION

Field of the Invention

The present invention relates to a portable diabetic kit and morespecifically a pocket diabetic kit that provides a user immediate accessto a one-day supplies for diabetic blood glucose test and medication ina compact package which can be put in a pocket of clothing for improvingdiabetic patients' living quality and mobility.

Description of Related Art

There is a need to provide great freedom to carry all diabetic productsin privacy, in a kit that can be placed in a pocket for about a 24+-hoursafe period, more or less depending upon time, sanitation, heat levels,and upon insulin types used. A diabetic patient user can choose to haveextra storage space with them like one or more: a coat, suit, bag,purse, case, etc. The present invention will store the suppliesnecessary for blood glucose test and treatment while keeping the kitcomfortable when carried by the user and unnoticeable to others.

Typical diabetic kits are big enough to be able to carry full lengthsyringes. Therefore, there is a need for an invention where the insulincontaining vial and syringes used can be reduced in size to be placed ina smaller kit for better mobility for the users.

Furthermore, typical medication (such as insulin) vial is for multipledoses/uses. If carried out on the road without cooling, the medicationinside the vial can get spoiled and wasted. Therefore, there is a needto carry medication just enough for one day or short trips by carryingthe dose of medication using a syringe. However, the regular syringe istoo long and inconvenient to carry. Thus, there is a need to modify thesyringe length once it is filled with medication. The present inventionprovides tools and method to modify the length of syringes so themodified syringes can be stored inside the compact pocket diabetic kitof the present invention.

SUMMARY OF THE INVENTION

The primary object of the invention is to provide an instant access to24 hours or slightly longer of supplies that a diabetic patient needssuch as Lancet pen, lancets, test strips, blood test meter,medication—insulin, alcohol pads, etc. whenever needed outside, at work,or camping, or wherever it may be.

Another object of the invention is to provide a diabetic kit that iscompact, small, thin in size and can be put in a front pocket or anypockets available on a clothing. The device once placed in the pocketshould not be noticeable. The user carrying it in the pocket should feelcomfortable thus their living quality and mobility can get improved.

Yet another object of the invention is to provide reduced sized diabeticsupplies including medication syringe so that they can fit into thecompact sized pocket diabetic kit of the present invention.

In an exemplary embodiment of the present invention, there is discloseda primary pocket sized diabetic kit carrying supplies that a diabeticpatient will need for 24 hours or slightly longer including but notlimited to Lancet pen, lancets, small test strip bottle filled with teststrips, blood test meter, one or more insulin types stored in aplurality of pre-filled syringes, one syringe splint or just one hardplunger, a plurality of alcohol pads, one blood plotter pad, Velcrostraps, and one syringe clipper. The pocket diabetic kit is compact,small and thin and can fit into a pocket so that a diabetic patient canbe easily carried in the pants' pocket or other pockets without causinginconvenience or uncomfortable. The diabetic kit pocket is approximately4¾×3⅜ inches with a zipper for closure. The test strip bottle issmallest it can gets for holding small test strips that work with asmall and thin blood glucose meter. The Lancet pen and small test stripbottle may be combined as one single unit. The syringe clipper is a toolto make storable pre-filled syringes to last about 24 hours more or lessbefore getting out of the house as heat levels, time, sanitation canaffect the quality of medication. Thus, a user does not need to carrythe syringe clipper all the time.

The pocket diabetic kit may be made of materials known in the art and inany shapes, preferably in a rectangular shape. The pocket diabetic kithas an exterior surface and interior surface. The exterior surface maybe made of leather, rubber, synthetic rubber, neoprene, etc. Theinterior surface is made of soft Velcro thus if the supplies are wrappedwith hard Velcro, they can be fixed to the interior surface in anorganized manner without randomly falling down on the bottom of the kitwhen carried in the pocket. The pocket also has a net extending overalmost half of the interior surface. Medication related syringes,plungers, and other supplies may be attached (fastened) to the net. Thenet also provides pouch for storing any items. The pocket diabetic kitalso has a swivel hook for attachments.

The pocket diabetic kit of the present invention may include a cleanblood blotter protected in a clean paper file for the kit and in a cleanpackage to open when a user need to use it. It's invaluable for bloodtesting clean, comfortably, and conveniently.

The diabetic kit of the present invention may include a credit cardshaped blood glucose monitoring meter. It's known that a few of bloodglucose meters in the marketplace can work well with the diabetic kit ofthe present invention. In order to fit into a preferred embodiment of apocket diabetic kit of the present invention, the dimension of the meteris approximately 2⅞ inches long×1¼ inches wide. The meter isapproximately 0.30-0.5 inch thin. The blood glucose meter of this sizeif not available in the marketplace can be manufactured using currenttechnologies.

The pocket diabetic kit may further comprise a small purse to carrymainly insulin and injection needs in an extremely compact, safe, small,portable, and efficient way. This purse may be used with or without theprimary kit depending upon travel, time, complementing luggage, anddistance before need of all diabetic supplies. The preferred dimensionof the kit is approximately 3.5 inches long and ×2.1875 inches wide withflap shut.

The pocket diabetic kit may further comprise another purse to carryextra supplies so as to not over stuff the primary kit too much when auser needs supplies for a period longer than 24 hours. The preferreddimension of the kit is approx. 4.625 inches long and 3.5 inches widewith flap shut.

The pocket diabetic kit of the present invention may include insulinpre-filled syringe(s). Due to the large and round size of the medication(insulin) vials, the medication vials can not be best stored in thissmall thin kit. Even for the insulin prefilled syringes they may be toolong to fit into the small diabetic kit of the present invention forconvenient portability. The present invention further comprises a methodto convert the medication stored in the vial or the long pre-filledsyringe into short and easy to carry versions. The method comprises towithdraw medication into syringes (if it's not in pre-filled version),then use a syringe clip to cut the insulin filled syringe into propersize so that it can be carried in the kit. The present invention furthercomprise plunger with modified tip, modified syringe barrel with sideopening, syringe splint, etc. for use together with the shortened andmodified insulin pre-filled syringe. Embodiments of the plunger withmodified tip, syringe barrel with side opening and syringe splint, etc.will be described in more detail in the section of description of thepreferred embodiment. The insulin prefilled syringe of the presentinvention and other medication related supplies such as plungers,syringe splint, etc. may be stored in the small purse or may be attachedto the nets inside the pocket diabetic kit.

The present invention further comprises a new element which is acombination of the test strip bottle molded/added to a lancet pen. Thelancet pen should be small in size that can fit into the pocket diabetickit of the present invention.

The method of or arrangement of wiring or connecting the aboveelectronic components and mounting them will be well known to those withordinary skill in the electronic and mechanical arts.

The more important features of the invention have thus been outlined inorder that the more detailed description that follows may be betterunderstood and in order that the present contribution to the art maybetter be appreciated. Additional features of the invention will bedescribed hereinafter and will form the subject matter of the claimsthat follow.

Before explaining at least one embodiment of the invention in detail, itis to be understood that the invention is not limited in its applicationto the details of construction and the arrangements of the componentsset forth in the following description or illustrated in the drawings.The invention is capable of other embodiments and of being practiced andcarried out in various ways. Also it is to be understood that thephraseology and terminology employed herein are for the purpose ofdescription and should not be regarded as limiting.

As such, those skilled in the art will appreciate that the conception,upon which this disclosure is based, may readily be utilized as a basisfor the designing of other structures, methods and systems for carryingout the several purposes of the present invention. It is important,therefore, that the claims be regarded as including such equivalentconstructions insofar as they do not depart from the spirit and scope ofthe present invention.

The foregoing has outlined, rather broadly, the preferred feature of thepresent invention so that those skilled in the art may better understandthe detailed description of the invention that follows. Additionalfeatures of the invention will be described hereinafter that form thesubject of the claims of the invention. Those skilled in the art shouldappreciate that they can readily use the disclosed conception andspecific embodiment as a basis for designing or modifying otherstructures for carrying out the same purposes of the present inventionand that such other structures do not depart from the spirit and scopeof the invention in its broadest form.

BRIEF DESCRIPTION OF THE DRAWINGS

Other aspects, features, and advantages of the present invention willbecome more fully apparent from the following detailed description, theappended claim, and the accompanying drawings in which similar elementsare given similar reference numerals.

FIG. 1 is a perspective view of a pocket diabetic kit according to anembodiment of the present invention which comprises a primary pocketdiabetic kit carrying 24 hours supplies for a diabetic patient, anoptional small purse for storing medication related supplies, and anoptional medium sized purse for storing any extra supplies.

FIG. 2 is a perspective view of the primary pocket diabetic kitincluding 24 hours supplies for a diabetic patient according to anembodiment of the present invention.

FIG. 3 is a perspective view of a small purse carrying medicinepre-filled syringes according to one embodiment of the presentinvention.

FIG. 4 is a perspective view of a medium sized purse which can carryextra supplies for a 24 hours or longer period of time in accordancewith an embodiment of the present invention.

FIG. 5 is a perspective view of a couple of double sided Velcro strips.

FIG. 6 is a conceptual view demonstrating how to make Insulin Bullets orshort compact pre-filled syringes that can be part of the pocketdiabetic kit of the present invention.

FIG. 7 is a perspective view of a thinned down blood glucose meter whichcan be hooked to the swivel clip inside the pocket diabetic kit andbecomes part of the pocket diabetic kit.

FIG. 8 is a perspective front view of a thinned down and modified bloodglucose meter with a prototype hook installed according to anotherembodiment of the present invention.

FIG. 9 is a back view of the modified blood glucose meter of FIG. 8.

FIG. 10 is a perspective view of a key ring card shaped meter with holeor hook to attach to a key ring or to the swivel hook of the kit.

FIG. 11 is a perspective view of the lancet pen with a small test stripbottle molded as a single unit according to the present invention.

FIG. 12 is a perspective view of a couple of the new detachable hardplunger and soft plunger system that keeps all the medication inside thesyringe barrel undisturbed as the hard plunger is separated at the topof the syringe barrel from the soft plunger and with no air entrycaused.

FIG. 13 is a perspective view of the syringe clipper and bottle sockprivacy.

FIG. 14 is a perspective view of the various types of syringes.

DESCRIPTION OF THE PREFERRED EMBODIMENT Drawing—Reference Numbers

-   -   1. Alcohol Pad Sealed in Foil Package as found times before in        stores    -   2. Barbed Tip Hard Plunger    -   3. Bottom Cover, battery, etc.    -   4. Bottle Melded/Added to smallest known existing lancet pen.    -   5. Cap Cover a    -   6. Cap Cover b    -   7. Cap Insert    -   8. Cut Tip Hard Plunger or Sand, Torch, Form, Friction Fit Tip        by Self or Factory    -   9. Cut Location, Conceptual    -   10. Discard, Trash, or Recycle    -   11. Electronics    -   12. Front Tip    -   13. Insulin Bullet or Pre-filled Syringe with no hard plunger        remaining and a burgundy colored cover cap as all are new ideas        of creation    -   14. Insulin Bullet or Pre-filled Syringe with part of cut hard        plunger remaining and a burgundy colored cover cap as all are        new ideas of creation    -   15. Key Ring Card with Loop or Hole    -   16. Lancet    -   17. Lancet Pen    -   18. Lancet Pen Front    -   19. LCD Screen    -   20. Loop or Hole for attachment purposes    -   21. Medication Vial    -   22. Netting    -   23. No Side Opening, so hard plunger can be bent skillfully        sideways enough to release from soft plunger with a relief cut.    -   24. O-Ring & Breather Tip Plunger, self made or factory made    -   25. Plastic Removed Flush with Battery Surface Plain    -   26. Removable Tape to Unseal Fresh Syringe    -   27. Screw On Syringe Splint or friction fit to syringe end and        use 24, 30, 9, or 46 plunger    -   28. Side Opening, so hard plunger can be bent sideways enough to        release from modified 29 soft plunger with a relief cut design.    -   29. Soft Plungers with a new inventive relief cut design for        system bend & fast release methodology    -   30. Spear Tip Hard Plunger    -   31. Sterilized Dry Blood Blotter Pad & Storage File All Sealed        in Paper    -   32. Swivel Hook    -   33. Syringe Cap    -   34. Syringe Clippers.    -   35. Syringe Needle Cover Cap    -   36. Syringe Splint with flat cut Hard Plunger    -   37. Tab With Pocket Behind The Tab    -   38. Test Strips    -   39. Test Strip Bottle    -   40. Top Cover    -   41. Electronics    -   42. Soft Velcro Surface    -   43. Velcro Straps    -   44. Zipper Opening to Pocket Storage    -   45. Medium sized kit for storing extra items    -   46. Flat Cut Tip Hard Plunger.

Referring to FIGS. 1 and 2 there is disclosed a pocket sized diabetickit 100 which carries supplies that a diabetic patient will need for 24hours may include but not limited to Lancet pen 17, lancets 16, smalltest strip bottle 39, 4 filled with test strips (not shown) and wrappedby a Velcro strap 43 that is attached to the soft velcro surface in theinterior of the kit 42, a blood test meter (not shown), one or moreinsulin types stored in five to eight pre-filled syringes 13, one ormore syringe splint 36 or/and with just plungers of many varioustypes: 1) o-ring & breather tip hard plunger 24, 2) spear tip hardplunger 30, syringe, alcohol pads sealed in foil package (not shown),one blood plotter pad (not shown), and Velcro straps 43. There is also azipper opening 44 to the pocket storage in the interior of the kit 100.The pocket diabetic is compact, small and thin and can fit into a pocketso that a diabetic patient can be easily carried in the pants' pocket orother pockets without causing inconvenience or uncomfortableness. Thepocket diabetic kit 100 is approximately 4.75 inches long and 3.375inches wide with a zipper for closure.

The pocket diabetic kit 100 comprises a primary purse 60 for storing andcarrying the supplies. The primary purse 60 may be made of materialsknown in the art and in any shapes, preferably in a rectangular shape.The primary purse 60 has an exterior surface and interior surface. Theexterior surface may be made of leather, rubber, synthetic rubber,neoprene, etc and any material known in the art that is suitable for thepurpose. The interior surface is made of soft Velcro 42 thus if thesupplies are wrapped with Velcro straps 43, they can be fixed to theinterior surface in an organized manner without randomly falling down onthe bottom of the purse when carried in the pocket. The primary pursealso has a net 22 expanding over almost half of the interior surface.Medication related syringes 13, plungers 24, 30, 36, and other suppliesmay be attached (fastened) to the net 22 so they won't get disorganizedwhen the kit 100 is carried in the pocket. The primary purse also has apouch 37 for storing items such as a thinned down blood glucose meterand other items. The pouch is closed/opened by a zipper 44. The primarypurse also has a swivel hook 32.

The pocket diabetic kit 100 may further comprise a small kit 50(referring to FIG. 3) carrying mainly insulin bullet (not shown) orprefilled syringe with part of cut hard plunger 14 and syringe splint36, syringe clippers 34, and other injection related items such asalcohol pad sealed in foil package 1 in a small purse In an extremelycompact, safe, small, portable, and efficient way. This purse may beused with or without the primary kit 100 depending upon travel, time,complementing luggage, and distance before need of all diabeticsupplies. The preferred dimension of the kit is approximately 3.5 incheslong and 2.1875 inches wide with flap shut. This small kit 50 aloneworks well if a user tests blood sugars before leaving the home, base,or office and plans on returning a few hours after a meal. A bloodglucose meter with a 0.32 inches thickness might also fit into thissmall kit 50 if the small kit 50 is slightly expanded in size. Thissmall kit 50 may carry about eight pre-filled syringes of one ormultiple medication types. The pre-filled syringes should have brandlabeling on the cap or syringe. The purse of the small kit 50 may bemade of same or different materials as that of the primary purse 60.

The pocket diabetic kit 100 may further comprise another purse 45 (seeFIG. 4) to carry extra supplies such as sterilized dry blood blotter pad31 and alcohol pads 1 so as to not over stuff the primary kit 100 toomuch when a user needs supplies for a period longer than 24 hours. Thepreferred dimension of the kit is approximately 4.625 inches long and3.5 inches wide with flap shut.

The pocket diabetic kit 100 of the present invention may include a cleanblood blotter protected in a clean paper file for the kit 100 and in aclean package to open when a user need to use it. It's invaluable forblood testing clean, comfortably, and conveniently.

The diabetic kit of the present invention 100 may further include acredit card shaped blood glucose monitoring meter. It's known that a fewof blood glucose meters in the marketplace can work well with thediabetic kit 100 of the present invention. In order to fit into apreferred embodiment of a pocket diabetic kit of the present invention,the dimension of the meter is preferably 2.875 inches long and 1.25inches wide. The meter is approximately 0.30-0.5 inch thin. The bloodglucose meter of this size if not available in the marketplace can bemanufactured using current technologies.

The Kit 100 will well accommodate meter sizes ranging about or lessthan:

-   -   4.2×1.25×0.71 inches    -   3.5×2.2×0.58 inches    -   3.5×2.13×0.32 inches (this one is the thinnest known so far)    -   1.7×1.5×0.87 inches (this one is workably thinner when made like        FIG. 9 & etc.)

The Kit 100 will well accommodate Lancet Pen 17 sizes ranging about orless than:

-   -   3.7×0.58 inches    -   2.6×0.58 inches    -   4.9×0.58 inches, if the dimension of the kit 100 is changed to        about 5×3⅜ inches, this size of Lancet Pen can fit into the kit        100.

The Kit 100 will well accommodate Test Strip Bottle 39 about or lessthan:

-   -   2.2×0.45×0.45 inches.

The pocket diabetic kit 100 may further be downsized by reducing anyunnecessary material bulk, reducing zipper width, enhancing tight zipperclosures, pushing out air bulk, reducing overall kit 100 size byreducing the size of suppliers, tools, meters.

FIG. 5 shows a plurality of double sided Velcro straps 43 available inmultiple colors at fabric stores or wholesale. These straps are used towrap things like the test meter, lancet pen, test strip bottle 39, 4,and more and then you can organize them and stick each to the softVelcro surface 42 seen in the primary purse 60 of the pocket diabetickit 100. This gives the kit 100 quick size adaptability to more thanjust one brand of blood test meter. This is a new application or systemnot used this way before.

FIG. 6 demonstrates or gives understanding of how to make InsulinBullets or short compact pre-filled syringes 13 (not shown) or 14 thatcan then be used with or without a Syringe Splint 36 to allow a userability to go mobile and give the shot and inject the insulin whenneeded using this new system. The medication or insulin pre-filledsyringe may be commercially available or prepared by using an emptysyringe to withdraw medication or insulin from the medication vial 21.Many Types and sizes of medication are available in the marketplace. Itis obvious that these types of vials are not suitable for the pocketdiabetic kit 100 of the present invention due to shape and dimension ofthe vial 21. The upper syringe is made ready to go or shot ready whenthe o-ring & plunger tip hard plunger 24 is carefully inserted into thesyringe barrel. Push out units of medication not wanted before takingthe shot. Preferred are breathable snug & secure fit plungers, to whenready, push down black soft plunger. Two injection syringe parts thatcan be disassembled & reassembled making it possible for compact andportable storage into FIG. 3 or 2 kits. Cut syringe using syringe clip34 when needle is still in the insulin pool and push out extramedication back into the bottle. This planned process also gives extraroom to hold, rest, and insert the back end o-ring and breather tip hardplunger 24 at the time you are ready to take the shot. Once the syringeis cut at the location 9, it results in a flat cut tip hard plunger 46;trash the right side unwanted parts 10. The short compact pre-filledsyringe 14, and flat cut tip hard plunger 46 together are a very simplebasic workable system for portability and then eventually to injectingand taking the medication shot. The needle should be protected by thesyringe cap 33 before it is placed into the kit 100. The O-ring andbreather tip plunger 24 in FIG. 6 is man-made, not factory made. Howeverit can also be factory made.

In FIG. 7, the meter was thinned down and the meter is modified & hookedto a swivel clip system or it can hook to a key ring system to keep itattached. It's a flexible and adaptable system and no straps necessaryto add thick bulk or will cover the screen when blood testing.Furthermore, it is not difficult or time consuming to attach and detachthe meter. Swivel hooks 32 can be made smaller for best fit. Meters,Lancet Pens and Test Strip Bottles might at times benefit using this newclip and hook system.

FIG. 8 is a front perspective view of the thinned down meter with ametal or plastic hook 20 conceptually prototype installed. The plasticis removed to be flush with the battery surface plane 25. Clip meterinto a kit 100 or onto a key ring. A thin flip top or pivot cover forthe LCD screen, similar to the cover of a flip phone may give the screenprotection and privacy from the publics' eyes. The front tip 12 of themeter has the spring removed & replaced with silicone pad or horizontalcross band to get “up push.” This will allow the front tip to be flat onthe back side. This design modification compresses the meter by 20%,making the meter 0.504 inches thick (making it one of the thinnest meterdesigns currently available) The meter may further be compressed to 0.30inches thick in the future, which is the ideal thickness. Test Stripsare sold separately in the big old fashion bottles. Only a few teststrips are needed at a time for the day so the test strips should bestored in the test strip bottle 39 while traveling.

FIG. 9 is a rear view of the thinned down meter with a prototype hook 32installed. It can be clipped onto the primary kit or onto a key ring.The excess plastic on the back of the meter is removed. This makes themeter thinner and more compact on the go or in a kit 100.

FIG. 10 is a Key Ring Card shaped Meter with hole or hook 15 to attachto a key ring or into the primary diabetic kit 100. Working with thoseskilled in the trade, it's possible to make it a reality. Change themeter to longer and thinner, like the key ring card with jacket bottomand top. It blends in with keys almost unnoticeable. FIG. 10 allows forkits to get smaller, because it is no longer always necessarily placedin the kit 100. An ideal location to put the meter is in the pantpocket. If placed in the pant pocket also occupied by keys, it will noteven be noticeable that the pocket is also holding a meter. The meterdoesn't have to be a standalone device. It may also be incorporate intocell phones, tablets, laptops, or other LCD screen 19 devices thatpeople carry with them using known technology in the arts. The meterpart sizes are seen small enough or scale down reduction all toaccomplish this. The meter comprises a top cover 40 (it can be madethinner, 30+% design compression), LCD screen 19, electronics 11, andbottom cover+battery 3.

FIG. 11 is a lancet pen 17 with and small test strip bottlemolded/added/built into 39 & 4 to the back end of the Lancet pen 17 tohold about 8-10 test strips 38. Current short lancet pen 17 can bemodified to be longer to solve two problems. It fits well and staysupright in a pocket like a pen. It's both a tool to lancet for blood andto hold the daily travel needs for test strips 38. FIG. 11 is perhapsbest placed in the pocket instead taking up space in the kit. Everyaspect of the current invention's system is to reduce bulkiness for beststorage use, comfort, and adaptively independent or interdependent toserve a diabetics ever changing needs in time best chosen to anindividual diabetics lifestyle, medical needs, and social needs. The capinsert 7 covers the test strip 38. No modification is necessary on theLancet pen front 18.

FIG. 12 is a new detachable hard plunger and soft plunger system thatkeeps all the medication inside the syringe barrel undisturbed as thebarbed hard plunger 2 is separated at the top of the syringe barrel fromthe soft plunger 29 without causing unwanted air entry. The pre-filledsyringe is stored away for later use with no hard plunger attached 13.No syringe clipper 34 is necessary to separate the hard plungers 2 andsoft plungers 29 as it is quick and simple with this method, once thesoft plunger with the relief cut design 29 and the syringes are cleanlymanufactured this way. Hard plunger 2 separation can only occur onceblack soft plunger moves a little beyond the top opening of the syringebarrel and then the hard plunger 2 is skillfully tilted sideways to bereleased. The removed hard plunger 2 is replaced with a compact storedand then easy twist snug fitting spear tip hard plunger 30 when adiabetic or other is ready to take the medication. Also, the capcover-hardplunger-soft black plunger single working unit (may be made ofsilicone and fitted with the hard plunger, and soft black plunger) 6like that seen in FIG. 12, is slid over the needle tip so no medicationleaks occur. In other words, the barbed tip hard plunger 2, softplungers with a new relief cut design 29, and side opening 28 is puttogether to form an excellent plunger release system. Then the softplunger with relief cut 29 and spear tip hard plunger 30 replaces thebarbed tip hard plunger 2 for injecting the compact mobile syringemedication when ready to be used (FIG. 12).

Referring to FIG. 13 there is disclosed a syringe clipper 34 and acovered syringe disposal bottle. Covering the disposal bottle providesmore privacy for the user. Others that see the disposal bottle will notknow its a syringe disposal bottle. The syringe clipper 34 is used tocut off the needle heads, the sharp item bottle then does not fill up asfast, saving diabetics time and money purchasing new disposal bottles.The syringe parts are not sharp, non toxic high grade plastic that canbe collected and recycled.

Referring to FIG. 14 there is disclosed different syringes. The thin &short syringes store well. Counting syringes or items from top down, thethird down (adding finger hold wings is optional) and sixth down workingtogether as one useable system is the preferred embodiment. Syringes canalso be shorter as desirable for need/use, greater or less in diameter,or as seen to best serve demanded levels of diabetic needs and/or tobest fit the kits 100 for FIGS. B & C or similar. Removable tape 26 maybe used to unseal fresh syringe. Eliminating bulky wings on thesesyringes.

Another good embodiment can be seen in FIG. 6. A syringe splint withflat cut hard plunger 36 or screw on/friction fit syringe splint 27 maybe used if the user prefers it. However, they are not required to getthe injection job done.

The eighth down is a screw on/friction fit syringe splint 27 that fitson the syringe end and use o-ring and breather tip plunger 24, spear tlphard plunger 30, the cut location 9, or the flat cut ip hard plunger 46.When using the flat tip or if the O-Ring Tip is not used it is alsopossible to install silicone inside the once capped back end to makemoderate friction hold hole shaft around the hard plunger shaft. Thesoft plungers with silicone in the back end of the syringe can also bestripped with no insulin leaks.

The fourth down has a side opening, so the hard plunger can be bentsideways enough to release from soft plungers with relief cut 29. Allyou really need is 14 and 46 & 9 after you cut the pre-filled syringe.If you want a real snug fit, make the o-ring & breather tip plunger 24longer so as it breaths it doesn't compress/vacuum upon air below it'sentry into the syringe. When manufacturing the o-ring & breather tipplunger 24 the syringe barrel should be manufactured with a cleanbeveled end for a smooth entry of the o-ring & breather tip plunger 24.Throwing away the insulin bullets 13, 14 that become unusable is not abig lost because it is only a small quantity of medication. On the otherhand, if a traditional insulin vial becomes unusable due to heatexposure, etc, it is a big lost due to the greater quantity ofmedication.

A sterile firm & dry push on silicone in a cap 33 works well to seal aneedle end so that medication do not come out or evaporate and no airentry occurs. Small fine needles not stored for long term will have noleak problems,

While there have been shown and described and pointed out thefundamental novel features of the invention as applied to the preferredembodiments, it will be understood that the foregoing is considered asillustrative only of the principles of the invention and not intended tobe exhaustive or to limit the invention to the precise forms disclosed.Obvious modifications or variations are possible in light of the aboveteachings. The embodiments discussed were chosen and described toprovide the best illustration of the principles of the invention and itspractical application to enable one of ordinary skill in the art toutilize the invention in various embodiments and with variousmodifications as are suited to the particular use contemplated All suchmodifications and variations are within the scope of the invention asdetermined by the appended claims when interpreted in accordance withthe breadth to which they are entitled.

What is claimed is:
 31. A pocket diabetic kit comprising: one bloodglucose meter; one Lancet pen and a plurality of Lancets; one Lancet penattached/molded together with test strip bottle holding a plurality orup to eight test strips; one portable test strip bottle having thedimension 2.2×0.45×0.45 inches, said bottle including a plurality oftest strips; at least one medication prefilled syringe having a syringebarrel including a plunger comprising a piston type rod, that has adetachable rubber bulb, and at least one prefilled insulin syringewithout a piston type rod; wherein both syringes being enclosed in asterile bag; one syringe clipper for cutting the at least one pre-filledinsulin syringe; at least one syringe with removable tape maybe used tounseal fresh prefilled insulin syringe as two injection insulin syringeparts can be disassembled and a reassembled; at least one syringeplunger enclosed in a sterile bag for pushing insulin from the insulinprefilled syringe; at least one sterilized dry blood blotter pad andstorage file sealed in paper; at least one or more alcohol pads sealedin foil packages as found in stores; one primary purse for housing theblood glucose meter, Lancet pen and Lancets, Lancet pen attached/moldedtogether with test strip bottle holding a plurality of test strips, teststrip bottle and the test strips, the at least one pre-filled insulinsyringe, the syringe clipper, alcohol pad sealed in foil, and sterilizeddry blood blotter pad and storage file sealed in paper; the primarypurse has a soft hook and loop fastener cloth interior surface, a swivelhook and net and is approximately 4.75 inches long×3.375 inches widewith a zipper for closure; wherein the pre-filled insulin syringe can bemodified by cutting the pre-filled insulin syringe shorter using thesyringe clipper; and wherein the piston type rod detaches at a cut thatis formed in the said rubber bulb end of the at least one pre-filledinsulin syringe having a syringe barrel including the plunger; whereinthe prefilled syringe barrel has a side opening cut; a medium size pursekit comprising; sterilized dry blood blotter pad and alcohol pads;wherein the medium kit is approximately 4.625 inches long and 3.5 incheswide for storing extra items as to not over stuff the primary kit; asmall size purse kit comprising; at least one or more insulin syringeplungers; at least one or more prefilled insulin syringe with part ofcut plunger remaining; at least one or more prefilled insulin syringewith no plunger remaining; at least one or more alcohol pads sealed infoil package; at least one or more sterilized dry blood blotter pad andstorage file all sealed in paper; one blood glucose meter, if smallpurse is expanded; the small pocket diabetic kit wherein purse isapproximately 3.5 inches long and 2.1875 inches wide and may carry abouteight prefilled insulin syringes of one or more insulin medicationtypes; the pocket diabetic kit wherein the insulin plunger including oneor more barbed tip insulin syringe plunger, o-ring and breather tipinsulin syringe plunger, spear tip plunger, flat cut tip insulin syringeplunger, and a flat cut tip insulin syringe plunger with splint; whereino-ring and breather tip syringe plunger rubber compressible bulb a realsnug bulb as long as it breaths and it doesn't compress or vacuum uponthe air below the enter into syringe barrel and it should bemanufactured with a clean bevel end for smooth entry of the o-ring andbreather tip plunger; the pocket diabetic kit wherein the modifiedinsulin medication prefilled syringe has only compressible rubber bulbremaining and has no plunger remaining; wherein the plunger has a speartip so that the plunger can insert into the rubber bulb to push insulinmedication out of the syringe barrel when in use; wherein the modifiedinsulin prefilled syringe has part of the plunger remaining on it andthe plunger has a flat cut surface; wherein syringe splint and screw tosecure the plunger to push insulin within the modified prefilled syringehaving a part of the plunger remaining out of the barrel; the pocketdiabetic kit wherein the blood glucose meter has a hook that can attachto a keyring or the swivel hook in the primary purse; the pocketdiabetic kit wherein the blood glucose meter is approximately 0.32inches thick; a place in the pocket comprising; keys, meter on a keyringcard, Lancet pen molded together with test strip bottle and a pluralityof test strips, wherein best place in the pocket instead of taking upspace in the kit, is in the pocket, to reduce bulkiness for beststorage; wherein 2.875 inches long×1.25 inches wide×0.030 to 0.50 inchesthick meter; wherein one keyring card shaped meter with hole or hook toattach to a keyring or place into primary diabetic kit; wherein keyringcard blood glucose meter with jacket bottom and top as it blends in withkeys almost unnoticeable; wherein this allows kits to get smaller,because it is no longer always necessarily placed in a purse kit;wherein the meter doesn't have to be a standalone device and it may beincorporated into cellphones, tablets, laptops, or other devises thatpeople carry with them.
 32. A method of preparing a modified medicationpre-filled insulin syringe and administering medication from themodified syringe using an empty syringe with needle to withdraw a doseof insulin medication out of a medication vial or getting a commerciallyavailable insulin pre-filled insulin syringe; using a syringe clipper tocut the medication pre-filled insulin syringe at a location depending onthe size of the insulin syringe and the dose quantity, the resultantpre-filled insulin syringe has the compressible rubber bulb remained butmay or may not have a part of the plunger remained; wherein the plungerdetaches from rubber bulb with a relief cut at the back end of the bulbof the prefilled insulin syringe; enclosing the resultant medicationpre-filled insulin syringe needle with a needle cap and placing theinsulin pre-filled syringe inside the pocket diabetic kit; and injectinginsulin by using a syringe plunger to push insulin out of the barrel ofthe pre-filled insulin syringe.
 33. The method of preparing a modifiedmedication pre-filled insulin syringe and administering medication fromthe modified insulin syringe of claim 32, wherein the insulin syringeplunger including one or more of the barbed tip syringe plunger, cut tipplunger, o-ring and breather tip plunger, spear tip plunger, flat cuttip syringe plunger and flat cut plunger with splint.
 34. The method ofpreparing a modified insulin pre-filled insulin syringe andadministering medication from the modified insulin syringe of claim 32,wherein injecting insulin by using the insulin syringe plunger to pushinsulin out of the barrel of the pre-filled insulin syringe with aspear-shaped tip to push insulin out of the barrel of the pre-filledsyringe if the syringe has only compressible rubber bulb or by using asyringe plunger with a syringe splint or screw to push insulin out ofthe barrel of the pre-filled syringe if the insulin syringe has part ofthe insulin syringe plunger remained.
 35. The method of preparing amodified pre-filled insulin syringe and administering medication fromthe modified insulin syringe of claim 32, wherein injecting insulin byusing the insulin syringe plunger to push insulin out of the barrel ofthe pre-filled insulin syringe with an o-ring breather tip plunger topush insulin out of the barrel of the pre-filled syringe if the syringehas only compressible rubber bulb or if the insulin syringe has part ofthe insulin syringe plunger remained in the bulb and out the syringebarrel end.